干燥指数

而当辐射干燥指数大于10时，它们之间的相关性很小。

When RDI was greater than 10 , their correlations were rather weak .

利用贺兰山北部树轮资料重建过去270年以来6～8月平均干燥指数

Reconstruction of mean drought index from June to August for the last 270 years using tree-ring data in the northern Helan Mountain

多年干燥指数呈现，除了5月、10月呈现小幅下降外，其余月份全部呈现上升趋势，且西北部的变化趋势高于东南部地区，源区总体趋于干旱。

The trend of Evaporation ratio is upward except may and october . The change trend in the southeastern of region is bigger than the change trend in the northwest . Overall , the regions rends to dry .

进一步计算了干燥度指数，并在10a代际尺度上详细分析了辽西干湿气候变化特征。

Furthermore , we have calculated the aridity index and analyzed the inter-decadal fluctuation of dry and wet climate .

采用Holdridge潜在蒸发方法计算出了泾河流域的气候干燥度指数，构建了遥感植被指数与气候干燥度指数之间的回归模型。

Potential evaporation equation of Holdridge was employed to calculate climatic aridity index ( AI ), and construct the regression model between Normalized Difference Vegetation Index ( NDVI ) and AI .

流域格局指数AI、CONTAG、SHDI、SHEI等与干燥度指数有很好的相关性；中上游地区气候相对湿润，景观破碎化程度较高，多样性、均匀度明显高于下游。

Pattern indexes such as AI , CONTAG , SHDI , and SHEI and so on have good correlations with aridity index . Climate in upper and middle reaches is relative humid , degrees of fragmentation ; diversity and evenness here are much higher than lower reaches .

基于潜在蒸散和干燥度指数的河北省农业气候区划

Agricultural climate division of Hebei Province based on potential evapotranspiration and surface aridity index

地理生态学的干燥度指数及其应用评述

Aridity index and its applications in geo-ecological study

选出了用于玉米薄层干燥的模型：指数模型、单项扩散模型和Page模型。

Models which can be used to describe the maize thin-layer drying are : exponential model , single entry diffusion model and Page model have been selected .

结果表明，多孔干燥层温度按指数规律变化，变化幅度取决于水汽流率，冻结层温度按线性分布，预测冻干时间与实际结果相符。

The results shows that temperature in the porous dried layer varies-as a exponential discipline whose changing scope is determined by the mass flux and a linear distribution in temperature exists across the frozen layer . The predicted drying time is found to fits the experimental results .

在同一干燥温度下，随着垃圾厚度的增加，干燥时间近似呈指数形式增加；

At a specified drying temperature , drying time was highly dependent upon the packed waste thickness , having an exponent relation with the thickness .

研究结果表明太阳能干燥薄层褐煤主要发生在降速干燥阶段，干燥曲线和干燥速率曲线呈指数变化。

It concluded that thin layer solar drying lignite mainly occurred in the falling rate drying period .